A rocket-mounted field detector and charged-agent release module improve lightning triggering selectivity while neutralizing thunderstorm cloud charge.
A gimbaled UAV radar reflector redirects an aircraft's beam to scan targets and lock on while the aircraft stays low to avoid detection.
Maps UAV position against each effector’s electromagnetic coverage to coordinate multiple countermeasures and avoid sensitive no-jam zones.
Directly comparing a projectile fall line with digital terrain data avoids unstable iterative loops and improves impact point estimation.
A centralized display maps UAV position against jammer coverage, helping operators coordinate multiple effectors across large secured areas.
Virtual shooting scenarios use ranging, ballistic simulation, and real-time feedback to cut training cost and time while improving personalization.
Virtual shell trajectory and rupture feedback improve deflection angle control while keeping artillery training realistic and safe.
Projectile weight sensing feeds ballistic models and neural prediction to correct aim, improving firing accuracy and consistency.
A tensioned cord and multi-point frame simulate firearm handling to build strength and coordination without range time or ammunition.